Bitmovin
Powers OTT online video providers with video developer tools.
San Francisco, United States · Founded 2012 · $25.0M raised
- Headquarters
- San Francisco, California
- Employees
- 51–200
- Founded
- 2012
- Business Model
- B2B
- Website
- bitmovin.com
- Total Funding
- $25.0M
- Last Round
- $25.0M Series CJun 2021
About
Bitmovin has been a first mover in almost every significant development in online video, from building and deploying the world’s first (and fastest) commercial adaptive streaming (MPEG-DASH/HLS) HTML5 Player, to being the first to achieve 100x realtime encoding speeds in the cloud. Bitmovin provides HEVC as well as VP9 live streaming with 60FPS and 4K resolution, and built the first containerized video encoding solution with Docker and Kubernetes. Bitmovin products are completely in-house developed, easy and fast to integrate and highly customizable. In combination with our great support, documentation and SLAs, this is a true enterprise offering. To find out more about Bitmovin’s video infrastructure solutions, or about any individual products, contact sales@bitmovin.com, or visit our website: bitmovin.com
Summary
Bitmovin is a Developer Tools company based in San Francisco, United States, founded in 2012. It has raised $25.0M in total, most recently a $25.0M Series C round in Jun 2021.
Tech & App Stack
11 technologies & apps tracked
Create a free account — 10 credits a month to unlock the full tech & app stack, funding history, and valuations.
Funding History
No funding data available yet.
Know something? Help us improve our data.
Similar Companies
Leading interactive entertainment company and developer of Fortnite, Unreal Engine, and the Epic ...
Cursor is the best way to code with AI, and built to make you extraordinarily productive.
UiPath is an AI-enhanced end-to-end automation platform.
Economic infrastructure for the internet.
ML inference infrastructure for deploying and serving AI models at scale, performantly and cost-e...
AI hardware company building wafer-scale processors for deep learning training and inference